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Intrusion Detection and identification System Design and Performance Evaluation for Industrial SCADA Networks by Khan, Ahsan Al Zaki; Serpen, Gursel is a scholarly article available to read on EtoBox.

What is Intrusion Detection and identification System Design and Performance Evaluation for Industrial SCADA Networks about?

In this paper, we present a study that proposes a three-stage classifier model which employs a machine learning algorithm to develop an intrusion detection and identification system for tens of different types of attacks against industrial SCADA networks. The machine learning classifier is trained and tested on the data generated using the laboratory prototype of a gas pipeline SCADA network. The dataset consists of three attack groups and seven different attack classes or categories. The same dataset further provides signatures of 35 different types of sub-attacks which are related to those seven attack classes. The study entailed the design of three-stage machine learning classifier as a misuse intrusion detection system to detect and identify specifically each of the 35 attack subclasses. The first stage of the classifier decides if a record is associated with normal operation or an attack signature. If the record is found to belong to an attack signature, then in the second stage, it is classified into one of seven attack classes. Based on the identified attack class as determined by the output from the second stage classifier, the attack record is provided for a third stage su

Author

Khan, Ahsan Al Zaki; Serpen, Gursel

Published

2020

Language

EN